Disclosed is a cup washer. The cup washer of the present disclosure includes an additive storage part and an additive supply part. The additive storage part is configured to store an additive in a storage space. The additive supply part is configured to supply the additive into the tub. The additive supply part includes an additive pump and a first additive supply pipe. The additive pump is located below the additive storage part. The first additive supply pipe connects the lower portion of the additive storage part to the inlet of the additive pump. The first additive supply pipe is configured to provide a first supply passage through which the additive of the additive storage part moves toward the inlet of the additive pump. The first additive supply pipe and the inlet are connected to each other at a predetermined angle.

A cup washer control method is disclosed. The cup washer control method operates in a management mode for checking whether a cup washer is operating normally and a use mode for washing cups, wherein the use mode may include a preparation mode in which the temperature of water stored in a water tank of the cup washer is lower than a set temperature, a standby mode in which the temperature of the water stored in the water tank is higher than or equal to the set temperature, and a wash mode for washing cups accommodated in the cup washer.

A cup washer according to an embodiment may include a washing unit for washing cups accommodated therein. The cup washer may include: a tub that provides a space for accommodating the cups; and a rack which is provided inside the tub and on which the cups are placed. The rack may include: a bottom part that supports the cups on the rack from below; a side part that is formed protruding on one side of the tub and supports the cups from one side; and a tine that protrudes from the bottom part toward the upper side of the tub.

A washing apparatus includes a case defining an outer appearance and having therein a washing space to wash an object, a cradle supporting the object in the washing space, a first water nozzle spaced apart above the cradle and for spraying washing water upwards, and a second water nozzle provided in plurality, the plurality of second water nozzles spaced apart in different radial directions with respect to the first water nozzle and for spraying washing water inward of the first water nozzle.

A vessel rinsing apparatus includes a fluid discharge member having a plurality of nozzles and a trigger to control a flow of water to the nozzles. A source of cleaning agent enables the cleaning agent to be selectively inserted into the flow of water to the nozzles. A venturi device or a pump may introduce the cleaning agent into the flow of water to the nozzles.